var group__intr__gpvectorop__mul =
[
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    [ "Emulated Multiply-accumulate of 32b x 32b datatypes", "group__intr__gpvectorop__emul__32bx32b.html", "group__intr__gpvectorop__emul__32bx32b" ],
    [ "Emulated Multiply-accumulate of Complex 32b x Complex 32b datatypes", "group__intr__gpvectorop__emul__c32bxc32b.html", "group__intr__gpvectorop__emul__c32bxc32b" ],
    [ "Emulated Multiply-accumulate of Complex Float and Float datatypes", "group__intr__gpvectorop__emul__cfloat.html", "group__intr__gpvectorop__emul__cfloat" ],
    [ "Emulated Multiply-accumulate of fp32 x fp32 datatypes", "group__intr__gpvectorop__mul__fp32xfp32.html", "group__intr__gpvectorop__mul__fp32xfp32" ],
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    [ "Multiply-accumulate of 16b x 16b integer datatypes", "group__intr__gpvectorop__mul__16bx16b.html", "group__intr__gpvectorop__mul__16bx16b" ],
    [ "Multiply-accumulate of 16b x 8b integer datatypes", "group__intr__gpvectorop__mul__16bx8b.html", "group__intr__gpvectorop__mul__16bx8b" ],
    [ "Multiply-accumulate of 32b x 16b complex integer datatypes", "group__intr__gpvectorop__mul__32bx16b__complex.html", "group__intr__gpvectorop__mul__32bx16b__complex" ],
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    [ "Multiply-accumulate of 8b x 4b datatypes", "group__intr__gpvectorop__mul__8bx4b.html", "group__intr__gpvectorop__mul__8bx4b" ],
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    [ "Multiply-accumulate of bfloat16 datatypes", "group__intr__gpvectorop__mul__bf16xbf16.html", "group__intr__gpvectorop__mul__bf16xbf16" ],
    [ "Multiply-accumulate with a sparse matrix", "group__intr__gpvectorop__mul__sparse.html", "group__intr__gpvectorop__mul__sparse" ],
    [ "Negation control in complex multiplication modes", "group__intr__gpvectorop__cmplx__mul__modes.html", "group__intr__gpvectorop__cmplx__mul__modes" ]
];